HAMPTON, N.H., Oct. 30 /PRNewswire/ -- Foss Manufacturing Company, the
first company to successfully embed a natural balance of silver and copper
into fiber, has today announced that its Fosshield(R) patented technology
is 99.99 percent effective in killing methicillin-resistant Staphylococcus
aureus (MRSA) bacteria to below the level of detection within one hour. The
self-sanitizing fiber, soon to be used in a wide range of products found in
schools, offices, homes, and communal environments, provides continuous
antimicrobial protection against MRSA. MRSA is a type of Staphylococcus
aureus (staph) resistant to certain antibiotics including methicillin and
the more common antibiotics such as oxacillin, penicillin, cephalexin and
amoxicillin. MRSA incidence is on the rise in the U.S. and it has now
become recognized as a major community-acquired pathogen and growing
crisis.

"Results from our independent laboratory studies have shown that the
Fosshield(R) technology kills MRSA, as well as a broad spectrum of bacteria
capable of transmission by contact, to levels below detection within one
hour and in some instances less than 10 minutes, and also exhibits
anti-viral activity," said Charles P. Gerba, Ph.D., Professor of
Environmental Microbiology, Department of Soil, Water and Environmental
Science at University of Arizona.

According to Dr. Gerba, MRSA survives longer on fabric than other
surfaces. Therefore, the novel Fosshield(R) technology becomes part of the
long-term solution to this crisis and an integral part of environmental
counter-strategies in the fight against the spread of antibiotic-resistant
infection.

"The key to the effectiveness of Fosshield's antimicrobial agent is the
unique and balanced combination of nature's own active ingredients --
silver and copper -- embedded into the fiber," said Dave Cicchinelli,
Executive Vice President of Marketing at Foss Manufacturing. "Moisture in
the environment, the same moisture required for microbes to grow, initiates
the release of silver and copper ions from the fibers on demand. These ions
disable the microbe's metabolism, inactivating them. The potential for
continuous release ensures long lasting antimicrobial performance."

"This ability to inactivate microbes in the environment on a continuous
basis is important because bacteria, including MRSA, can survive in a
variety of conditions for long periods of time and can spread via dust
particles, clothing, furniture, or hospital equipment that have been in
contact with infected patients," according to Dr. Gerba. "MRSA is emerging
and spreading worldwide, and the number of infections is increasing outside
the hospital setting. Therefore, it is important to broaden our arsenal
beyond therapeutic options to include built-in protective measures
involving high-traffic areas and materials in our environment."

MRSA and Broad-Spectrum Protection Data

In independent studies led by Dr. Gerba, Fosshield(R) Antimicrobial
Technology was shown to continuously kill MRSA and a number of other
bacteria including Streptococcus pyogenes (strep), Legionella pneumonphila
(Legionnaries' disease), Haemophilus influenzae (flu) and Tuberculosis
(TB). Results indicated a consistent and significant reduction in bacteria
after one hour. More extensive evaluation studies are also underway for
viruses.

"Consumers are becoming increasingly aware of the threat of germs and
mold, and the significant health risk bacteria is causing in our schools,
homes, offices and cars," continued Dave Cicchinelli. "Fosshield(R) can
provide continuous, affordable and natural antimicrobial protection in
those fabrics surrounding us everyday. Manufacturers of consumer goods are
responding with a wide variety of Fosshield(R) applications in
apparel/footwear, carpeting, wall covering, linens, hospitality,
filtration, healthcare and transportation."

From Technology to Product - SpectraShield(TM) 9900 Respirator Mask

One of the most high profile product applications of the Fosshield(R)
technology is Nexera Medical's SpectraShield(TM) 9900 Antibacterial
Respirator Mask which recently received a Medical Device Establishment
License by Health Canada for distribution in Canada. The SpectraShield(TM)
9900 is believed to be the only face mask today that is approved to provide
'dual-action', broad-spectrum protection, which may be critical in the
event of a major public health crisis. Nexera Medical, Inc. has filed for
regulatory approval with the FDA and NIOSH in the United States, and is
seeking approval in the European Union, Australia and Japan.

About Fosshield(R) Antimicrobial Technology

Fosshield(R), employing Agion(R) Technology, is the only patented
silver-copper based fiber technology that safely, naturally, and
continuously inhibits the growth of destructive and odor-causing bacteria,
mold, mildew, and viruses. Unlike other antimicrobials that are applied
only via topical coatings, the additive in Fosshield(R) is embedded into
the fiber during manufacturing process, providing the most effective
exposure to contaminants. This antimicrobial fiber technology is safe for
prolonged contact with humans, environmentally safe, and does not
contribute to the growing concern of antibiotic resistance. Soon
Fosshield(R) will be available in many fabric uses, including face masks,
linens, clothing, carpeting, wallcoverings, and car interiors to increase
product life and reduce microbial growth. For more information on
Fosshield(R), visit http://www.fosshield.com.

About Agion Technologies, Inc.

Founded in 1997, Agion Technologies, Inc. is the leader in providing
safe, natural antimicrobial solutions based on silver, "Nature's
Antimicrobial." The company is dedicated to developing consumer- and
environmentally-friendly solutions for antimicrobial protection. Agion
works in close partnership with companies, helping them to apply its
patented technology to deliver differentiated, customized solutions for a
wide range of products in the consumer, industrial and healthcare markets.
Agion's antimicrobial technology has been incorporated into products
including cell phones, shoes, keyboards, pens, water filters, air
conditioning and heating units, medical catheters, ice machines, and faucet
handles. Agion's antimicrobial technology has an extensive and
comprehensive international regulatory portfolio. Its customers include
leading brands such as Motorola, AK Steel, Carrier, DuPont, Honeywell,
Adidas, Sanford/Paper Mate, Ice-O-Matic, Scotsman, Stanley Bostitch, and
Oster. For more information about Agion Technologies, visit
http://www.agion-tech.com.

About Nexera Medical, Inc.

Nexera Medical, Inc. is engaged in the development; manufacturing and
distribution of antimicrobial respirator and surgical masks, as well as
other antimicrobial textile based medical products such as medical slings,
surgical site aprons and hospital linen products worldwide. Headquartered
in Fort Lauderdale, Florida, the company's mission is to create
high-quality, cutting-edge health related medical products designed to
safeguard and enhance the quality of human life. All of Nexera's products
are designed to provide maximum protection against microorganisms such as
bacteria, virus and fungi using Fosshield(R) patented technology. Nexera
partners with governments and leaders in the healthcare industry in the
fight against viral pandemic and other healthcare crises. For more
information, visit http://www.nexeramed.com.

About Foss Manufacturing, LLC

Foss Manufacturing Company, LLC has been a global leader in the design
and manufacture of non-woven fabrics and specialty synthetic fiber
technology for more than 50 years. As one of the world's largest
needle-punch based manufacturers, the company provides highly-specialized,
cost-effective solutions that are custom-tailored to meet the needs of
virtually all applications and markets. Foss is the leader in bringing new
and improved non-woven products to market through its commitment to
innovation and extensive research and development. Based in Hampton, New
Hampshire, all of Foss Manufacturing Company's business units are ISO 9001
and QS 9000 certified. For more information on Foss Manufacturing Company,
visit http://www.fossmfg.com.

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